Diamond

Elemental Origins

Pure carbon,
infinite beauty

Every diamond is a single crystal of carbon atoms arranged in a cubic lattice — each atom bonded to four others in a tetrahedral pattern. This perfect geometry, locked under pressures of 45–60 kilobars, creates the hardest naturally occurring substance on Earth.

When light enters a diamond, it slows to 124,000 km/s — barely 41% of its vacuum speed — then shatters into a spectrum of colour through the stone's facets. That signature fire is what makes diamonds endlessly mesmerising.

• Cubic Crystal System Atoms lock into a face-centred cubic structure, giving diamond its isotropic strength.
• Exceptional Thermal Conductivity Diamond conducts heat faster than any metal — up to 2,200 W/m·K.
• Chemical Inertness Resistant to virtually all acids and bases; unaffected by normal chemistry.
• Optical Dispersion A dispersion of 0.044 splits white light into vivid rainbow flashes — diamond's "fire".